July 23 - 28, 2017 | Konstanz - Germany

Advanced Live Cell Imaging Course

Explore ZEISS High End Life Science Light Microscopy Portfolio of Instruments and Solutions

You are warmly invited to participate in the 2017 Konstanz Course which will run from 23rd to 28th July.
This course is designed to provide and in depth exploration of the ZEISS High End Life Science Light Microscopy portfolio of instruments and solutions.
This is a great opportunity to not only learn about the technology and how to use the features and key selling points to sell instruments but also to share successful sales and demo strategies with sales and applications people from around the world.
The course will cover latest Live Cell Imaging equipment such as LSM 800, Cell Observer, Celldiscoverer 7, Cameras, Deconvolution.

The course will be held at the University of Konstanz, Germany. Hotel accommodation will be booked on your behalf. You will be responsible for the cost of your transportation, accommodation and food during the course aside from the Thursday night when a group meal is planned.If you would like to attend the course, please register here.

Agenda

Agenda will be updated soon!

ZEISS Celldiscoverer 7

Celldiscoverer 7 is a fully integrated high-end imaging system. It comes with various incubation and detection options so you can tailor the system to your applications. Go for fast, sensitive sCMOS or EMCCD cameras when performing your most demanding live cell experiments and rapid time- lapse recordings. For screening applications with high throughput, choose a high dynamic range camera with a large field of view. To get better data from three-dimensional samples, simply add fast deconvolution. Get all these benefits and more with the in-built flexibility of Celldiscoverer 7.

ZEISS Cell Observer

With the versatile Cell Observer system, you visualize living organisms and intracellular processes, even over a period of several days. Acquire time lapse and Z-stack images in a fraction of a second with the Cell Observer HS, high-speed version. It delivers up to 300 images per second at equidistant intervals and with reproducible acquisition conditions.